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Growth rate variation with power-law index    n       (  ρ  =  0.001  ,  Q ...
Published Online: May 19, 2022
Fig. 2 Growth rate variation with power-law index n ( ρ = 0.001 , Q = 0.5 , Re = 50 , We = 100 , Re l = 100 , α = 0.03 ) Growth rate variation with power-law index n (ρ=0.001,Q=0.5,Re=50,We=100,Rel=100,α=0.03) More
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Growth rate variation with impact factor    Q       (  ρ  =  0.001  ,  Re  ...
Published Online: May 19, 2022
Fig. 3 Growth rate variation with impact factor Q ( ρ = 0.001 , Re = 50 , We = 100 , n = 0.8 , Re l = 100 , α = 0.03 ) Growth rate variation with impact factor Q (ρ=0.001,Re=50,We=100,n=0.8,Rel=100,α=0.03) More
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Effect of Reynolds number     Re        (  ρ  =  0.001  ,  Q  =  0.5  ,  We...
Published Online: May 19, 2022
Fig. 4 Effect of Reynolds number Re ( ρ = 0.001 , Q = 0.5 , We = 100 , n = 0.8 , Re l = 100 , α = 0.03 ) Effect of Reynolds number Re (ρ=0.001,Q=0.5,We=100,n=0.8,Rel=100,α=0.03) More
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Effect of normalized Reynolds number       Re   l         (  ρ  =  0.001  ,...
Published Online: May 19, 2022
Fig. 5 Effect of normalized Reynolds number Re l ( ρ = 0.001 , Q = 0.5 , Re = 50 , W e = 100 , n = 0.8 , α = 0.03 ) Effect of normalized Reynolds number Rel (ρ=0.001,Q=0.5,Re=50,We=100,n=0.8,α=0.03) More
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Heat transport effect on growth rate     (  ρ  =  0.001  ,  Q  =  0.5  ,  R...
Published Online: May 19, 2022
Fig. 6 Heat transport effect on growth rate ( ρ = 0.001 , Q = 0.5 , Re = 50 , We = 100 , n = 0.8 , Re l = 100 ) Heat transport effect on growth rate (ρ=0.001,Q=0.5,Re=50,We=100,n=0.8,Rel=100) More
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Weber number effect on growth rate     (  ρ  =  0.001  ,  Q  =  0.5  ,  Re ...
Published Online: May 19, 2022
Fig. 7 Weber number effect on growth rate ( ρ = 0.001 , Q = 0.5 , Re = 50 , n = 0.8 , Re l = 100 , α = 0.03 ) Weber number effect on growth rate (ρ=0.001,Q=0.5,Re=50,n=0.8,Rel=100,α=0.03) More
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Growth rate for the various combination of the interface     (  ρ  =  0.001...
Published Online: May 19, 2022
Fig. 8 Growth rate for the various combination of the interface ( ρ = 0.001 , We = 100 , α = 0.03 ) Growth rate for the various combination of the interface (ρ=0.001,We=100,α=0.03) More
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Comparison of the head curve between numerical and experimental results   C...
Published Online: May 19, 2022
Fig. 3 Comparison of the head curve between numerical and experimental results Comparison of the head curve between numerical and experimental results More
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Comparison of vapor structure evolution between numerical and experimental ...
Published Online: May 19, 2022
Fig. 4 Comparison of vapor structure evolution between numerical and experimental results Comparison of vapor structure evolution between numerical and experimental results More
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Comparison of head losses obtained by the local entropy generation method, ...
Published Online: May 19, 2022
Fig. 5 Comparison of head losses obtained by the local entropy generation method, global entropy generation method, and pressure drop method Comparison of head losses obtained by the local entropy generation method, global entropy generation method, and pressure drop method More